Changeset 221 for canSAS2012


Ignore:
Timestamp:
Jul 31, 2012 6:46:38 PM (7 years ago)
Author:
prjemian
Message:

improving the autogenerator for the examples

Location:
canSAS2012/examples/xml
Files:
8 deleted
9 edited

Legend:

Unmodified
Added
Removed
  • canSAS2012/examples/xml/fakecansas.py

    r220 r221  
    11#!/usr/bin/env python 
    22 
     3# FIXME:  check the order of array indices! 
     4 
     5import inspect 
     6import string 
     7import time 
     8import sys 
    39import numpy as np 
    4 import sys 
    5 import inspect 
    610 
    711 
     
    1014 
    1115CANSAS_VERSION = '1.0' 
    12 FILE_TIMESTAMP = "2009-09-09T09:09:09-0000" 
     16#FILE_TIMESTAMP = "2009-09-09T09:09:09-0000" 
     17hh = -time.timezone/60/60 
     18mm = abs(time.timezone/60) - 60*abs(hh) 
     19FILE_TIMESTAMP = time.strftime("%Y-%m-%dT%H:%M:%S") + '%+03d%02d' % (hh, mm) 
    1320FILE_PRODUCER = "canSAS" 
    1421 
     
    2835                '''creates the in-memory data structure - actual file creation happens in closeFile()''' 
    2936                self.root = etree.Element(self.rootTag) 
     37                self.root.attrib['producer'] = FILE_PRODUCER 
     38                self.root.attrib['file_time'] = FILE_TIMESTAMP 
    3039                self.root.attrib['file_name'] = self.filename 
    31                 self.root.attrib['file_time'] = FILE_TIMESTAMP 
    32                 self.root.attrib['producer'] = FILE_PRODUCER 
    3340                #self.root.attrib['Python_etree_version'] = etree.__version__ 
    3441 
     
    4855                        raise "No parent SASroot node created yet!" 
    4956                self.entry = etree.SubElement(self.root, 'SASentry') 
    50                 self.entry.attrib['name'] = name 
     57                self.entry.attrib['name'] = name                # TODO: automatically choose this name 
    5158                self.entry.attrib['version'] = CANSAS_VERSION 
    5259                self.sasdata = None 
     
    6269                        raise "No parent SASentry node created yet!" 
    6370                self.sasdata = etree.SubElement(self.entry, 'SASdata') 
    64                 self.sasdata.attrib['name'] = name 
     71                self.sasdata.attrib['name'] = name              # TODO: automatically choose this name 
    6572                self.sasdata.attrib['I_axes'] = ii 
    6673                items = self._list_to_text_list(qi) 
     
    7683                text = self._list_to_text_list(array.shape, delimiter='') 
    7784                node.attrib['size'] = text.strip('(),') 
    78                 node.text = self._list_to_text_list(array, delimiter=' ') 
     85                arrText = self._list_to_text_list(array, delimiter=' ') 
     86                # now, split each multi-D array to lines 
     87                arrText = string.replace(arrText, ']', '\n') 
     88                arrText = string.replace(arrText, '[', ' ') 
     89                if len(array.shape)>1: 
     90                        # if multi-D, indent each line the same amount 
     91                        arrText = '\n' + '\n'.join([' '*8 + line.strip() for line in arrText.splitlines()]) 
     92                        arrText += '\n' + ' '*4 
     93                node.text = arrText 
    7994                if attributes != None: 
    8095                        for key, value in attributes.items(): 
     
    91106                self.createTitle('example of simple 1D SAS data, I(Q)') 
    92107                self.createData("sasdata01", np.array([0]), "Q") 
    93                 n = 11 
     108                n = 5 
    94109                self.createDataSet("Q", np.random.rand(n,), {"units": "1/A"}) 
    95110                self.createDataSet("I", np.random.rand(n,), {"units": "1/cm"}) 
     
    102117                self.createTitle('example of simple 1D SAS data in a time series, I(Q, t)') 
    103118                self.createData("sasdata01", np.array([1]), "Time,Q") 
    104                 n = 11 
     119                n = 5 
    105120                nt = 7 
    106121                self.createDataSet("Q", np.random.rand(n,), {"units": "1/A"}) 
     
    115130                self.createTitle('example of generic 1D SAS data in a time series, I(Q(t), t)') 
    116131                self.createData("sasdata01", np.array([0,1]), "Time,Q") 
    117                 n = 11 
     132                n = 5 
    118133                nt = 7 
    119134                self.createDataSet("Q", np.random.rand(nt,n,), {"units": "1/A"}) 
     
    128143                self.createTitle('example of simple 2D (image) SAS data, I(Q)') 
    129144                self.createData("sasdata01", np.array([0,1]), "Q,Q") 
    130                 nx = 11 
    131                 ny = 5 
     145                nx = 7 
     146                ny = 5 
     147                # TODO: Q or Qx, Qy, Qz? 
    132148                self.createDataSet("Q", np.random.rand(nx,ny,), {"units": "1/A"}) 
    133149                self.createDataSet("I", np.random.rand(nx,ny,), {"units": "1/cm"}) 
     
    141157                self.createTitle('example of a simple masked 2D (image) SAS data, I(Q)') 
    142158                self.createData("sasdata01", np.array([0,1]), "Q,Q", np.array([0,1])) 
    143                 nx = 11 
    144                 ny = 5 
     159                nx = 7 
     160                ny = 5 
     161                # TODO: Q or Qx, Qy, Qz? 
    145162                self.createDataSet("Q", np.random.rand(nx,ny,), {"units": "1/A"}) 
    146163                self.createDataSet("I", np.random.rand(nx,ny,), {"units": "1/cm"}) 
     
    155172                self.createTitle('example of generic 2D SAS data, I(Q)') 
    156173                self.createData("sasdata01", np.array([0]), "Q") 
    157                 nx = 11 
    158                 ny = 5 
     174                nx = 7 
     175                ny = 5 
     176                # TODO: Q or Qx, Qy, Qz? 
    159177                self.createDataSet("Q", np.random.rand(nx*ny,), {"units": "1/A"}) 
    160178                self.createDataSet("I", np.random.rand(nx*ny,), {"units": "1/cm"}) 
     
    168186                self.createTitle('example of generic 2D SAS data in a time series, I(Q(t),t)') 
    169187                self.createData("sasdata01", np.array([0,1]), "Time,Q") 
    170                 nx = 11 
    171                 ny = 5 
    172                 nt = 7 
     188                nx = 7 
     189                ny = 5 
     190                nt = 4 
     191                # TODO: Q or Qx, Qy, Qz? 
    173192                self.createDataSet("Q", np.random.rand(nt,nx*ny,), {"units": "1/A"}) 
    174193                self.createDataSet("I", np.random.rand(nt,nx*ny,), {"units": "1/cm"}) 
     
    181200                self.createFile() 
    182201                self.createEntry("sasentry01") 
    183                 self.createTitle('example of generic 2D SAS data in a time, T, & P series, I(t,T,P,Q(t,T,P))') 
     202                self.createTitle('example of generic 2D SAS data (images) in a time, T, & P series, I(T,t,P,Q(t))') 
    184203                self.createData("sasdata01", np.array([1,3,4]), "Temperature,Time,Pressure,Q,Q") 
    185                 nqx = 3 
    186                 nqy = 4 
    187                 ntime = 7 
     204                nqx = 5 
     205                nqy = 6 
     206                ntime = 4 
    188207                ntemperature = 3 
    189208                npressure = 2 
    190                 self.createDataSet("Q", np.random.rand(ntime,nqx,nqy), {"units": "1/A"}) 
     209                self.createDataSet("Qx", np.random.rand(ntime,nqx,nqy), {"units": "1/A"}) 
     210                self.createDataSet("Qy", np.random.rand(ntime,nqx,nqy), {"units": "1/A"}) 
     211                self.createDataSet("Qz", np.random.rand(ntime,nqx,nqy), {"units": "1/A"}) 
    191212                self.createDataSet("I", np.random.rand(ntemperature,ntime,npressure,nqx,nqy), {"units": "1/cm"}) 
     213                self.createDataSet("Temperature", np.random.rand(ntemperature,), {"units": "ms"}) 
    192214                self.createDataSet("Time", np.random.rand(ntime,), {"units": "ms"}) 
    193                 self.createDataSet("Temperature", np.random.rand(ntemperature,), {"units": "ms"}) 
    194215                self.createDataSet("Pressure", np.random.rand(npressure,), {"units": "ms"}) 
    195216                self.closeFile() 
  • canSAS2012/examples/xml/generic1dtimeseries.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="generic1dtimeseries.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="generic1dtimeseries.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of generic 1D SAS data in a time series, I(Q(t), t)</Title> 
    55    <SASdata name="sasdata01" I_axes="Time,Q" Q_indices="0,1"/> 
    6     <Q size="7,11" units="1/A">0.40039504 0.93761584 0.80720834 0.94292359 0.34546036 0.85731449 0.68913764 0.86852139 0.81032755 0.34465881 0.18360965] [ 0.01134033 0.98559245 0.54470638 0.65725831 0.28364649 0.2622162 0.61005348 0.59989761 0.67985822 0.04841202 0.88833308] [ 0.61844533 0.95778257 0.97012597 0.71687584 0.14688399 0.00457529 0.75799691 0.54416387 0.40519116 0.34197856 0.75981606] [ 0.99001287 0.66304123 0.8483013 0.76462285 0.46692601 0.38194949 0.91155485 0.24757915 0.5241262 0.64844745 0.57965929] [ 0.6096428 0.2944361 0.02933094 0.15199306 0.08606028 0.53538402 0.2675692 0.97586265 0.10989012 0.21759832 0.65122322] [ 0.43567711 0.48150798 0.19762203 0.62558031 0.22519145 0.56436056 0.32833845 0.38632972 0.85403642 0.63241171 0.87608002] [ 0.00221663 0.14696906 0.58375632 0.01266184 0.00274941 0.20008058 0.77413413 0.99728988 0.66384977 0.45983415 0.78477238</Q> 
    7     <I size="7,11" units="1/cm">0.2446716 0.9646754 0.30686674 0.1522825 0.22791403 0.07870536 0.64054954 0.52532484 0.10751021 0.20633153 0.46031207] [ 0.26578952 0.29011115 0.84455292 0.8596275 0.82862188 0.21647094 0.43674623 0.37548325 0.32076435 0.58772113 0.17484326] [ 0.50045291 0.96179514 0.57637245 0.09505289 0.42090052 0.88086717 0.47196829 0.88770161 0.76513705 0.42842651 0.85492002] [ 0.77821474 0.33645123 0.69196156 0.58013194 0.77166985 0.93932634 0.30353391 0.85508756 0.53486131 0.35949683 0.55065926] [ 0.7715669 0.51157566 0.87138065 0.35182738 0.25190966 0.9766623 0.40297396 0.31844761 0.44130482 0.94257054 0.75492637] [ 0.65295769 0.17287628 0.96331433 0.65679711 0.30790552 0.89534485 0.19521105 0.47559944 0.83887228 0.41102214 0.55905271] [ 0.893906 0.48018993 0.13814406 0.75957044 0.24663595 0.4115524 0.939564 0.43901804 0.41862197 0.94811651 0.801569</I> 
    8     <Time size="7" units="s">0.39868632 0.82750277 0.61146853 0.38271618 0.71677065 0.27319995 0.30619377</Time> 
     6    <Q size="7,5" units="1/A"> 
     7        0.26058934 0.79257224 0.67287499 0.77447173 0.29691462 
     8        0.45039539 0.64982386 0.26514428 0.99231105 0.48044072 
     9        0.2286645 0.99852746 0.17212121 0.20794626 0.83652644 
     10        0.35568796 0.56302287 0.95037409 0.05974772 0.18686522 
     11        0.62293356 0.54806256 0.65055231 0.70944113 0.08306779 
     12        0.49480704 0.9244419 0.01624597 0.6716254 0.28148674 
     13        0.80147028 0.43566939 0.86576001 0.37543096 0.11876168 
     14    </Q> 
     15    <I size="7,5" units="1/cm"> 
     16        0.26322786 0.51642947 0.48768394 0.87833529 0.06525253 
     17        0.64954296 0.21360769 0.70939329 0.59231794 0.6906052 
     18        0.68163012 0.12943917 0.15158102 0.33593138 0.52649797 
     19        0.16606064 0.68615592 0.8762581 0.48602907 0.23512454 
     20        0.13906507 0.12992459 0.89677321 0.12454031 0.66678732 
     21        0.45336004 0.64121545 0.04019598 0.07434389 0.8227539 
     22        0.34114806 0.09845674 0.17083798 0.12984251 0.82131675 
     23    </I> 
     24    <Time size="7" units="s">0.56518331 0.76520927 0.68931397 0.11552708 0.63028263 0.16119452 0.41875694</Time> 
    925  </SASentry> 
    1026</SASroot> 
  • canSAS2012/examples/xml/generic2dcase.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="generic2dcase.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="generic2dcase.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of generic 2D SAS data, I(Q)</Title> 
    55    <SASdata name="sasdata01" I_axes="Q" Q_indices="0"/> 
    6     <Q size="55" units="1/A">0.96731548 0.99373912 0.07184522 0.67086858 0.51603104 0.06296531 0.02288116 0.41882486 0.13897579 0.26503686 0.15750675 0.51735419 0.81500695 0.35919138 0.44099484 0.68253165 0.08199754 0.36466875 0.32486083 0.79935495 0.54647249 0.89643389 0.6389777 0.06726293 0.78303342 0.56127223 0.09184 0.21859465 0.08048804 0.73683815 0.76889888 0.6254146 0.64013235 0.52818699 0.07276233 0.88752072 0.69291984 0.12221707 0.70324771 0.73036281 0.57651845 0.75509783 0.59377124 0.97819657 0.72315713 0.30753667 0.2201042 0.95681065 0.76963642 0.77475057 0.3491498 0.57643324 0.8703004 0.05974991 0.43333119</Q> 
    7     <I size="55" units="1/cm">0.98762343 0.13518511 0.96566037 0.15793839 0.02013891 0.38997 0.33954259 0.20368233 0.7265643 0.0263202 0.76338283 0.18761414 0.27731415 0.42153717 0.25926504 0.127141 0.91469473 0.90825999 0.87478409 0.10951342 0.37277842 0.09378096 0.86407892 0.42126682 0.22513749 0.27512488 0.47263918 0.82935337 0.84625928 0.5845829 0.86563938 0.0811369 0.19666018 0.15314451 0.91669965 0.82342626 0.82592103 0.85115834 0.65516133 0.22409378 0.12736261 0.68406274 0.38342445 0.69298933 0.28049402 0.57692824 0.16824046 0.55131441 0.78470724 0.08440057 0.16279189 0.19575927 0.43705175 0.96914047 0.307073</I> 
     6    <Q size="35" units="1/A">0.67773815 0.08987293 0.66316068 0.89260888 0.83679588 0.01750074 0.00778317 0.58702935 0.19852313 0.13786572 0.64325946 0.91913189 0.68610196 0.67224542 0.10092072 0.08588285 0.31415339 0.62199172 0.42817854 0.57199303 0.35347228 0.1594807 0.13401656 0.59403266 0.6354762 0.57243156 0.91685201 0.97134951 0.91742201 0.53573677 0.19138362 0.60619346 0.79777433 0.34099711 0.8383755</Q> 
     7    <I size="35" units="1/cm">0.80336732 0.52069164 0.75371883 0.03611662 0.65514189 0.9537898 0.52041147 0.88850448 0.76645167 0.78827999 0.92681998 0.40558083 0.40288667 0.71204629 0.20612188 0.10148263 0.00197344 0.8590991 0.20917042 0.95453136 0.89446345 0.49418629 0.64775538 0.78780525 0.69567853 0.71953784 0.47425739 0.03323402 0.85325341 0.39719384 0.76002188 0.93360367 0.10165028 0.91674632 0.32955824</I> 
    88  </SASentry> 
    99</SASroot> 
  • canSAS2012/examples/xml/generic2dtimeseries.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="generic2dtimeseries.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="generic2dtimeseries.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of generic 2D SAS data in a time series, I(Q(t),t)</Title> 
    55    <SASdata name="sasdata01" I_axes="Time,Q" Q_indices="0,1"/> 
    6     <Q size="7,55" units="1/A">0.59431065 0.68742529 0.04715104 0.29108841 0.35035018 0.23270148 0.33395591 0.00952036 0.25181558 0.52327781 0.27510946 0.83175212 0.83824567 0.91903326 0.71222822 0.08347157 0.16063045 0.49310625 0.16573567 0.86239445 0.79084169 0.82277095 0.60144045 0.38265433 0.66034078 0.60111758 0.53071935 0.86618964 0.29657869 0.9863977 0.20520629 0.97992614 0.95838431 0.30085814 0.57875126 0.26032784 0.67193676 0.08105872 0.40478765 0.89034352 0.29979103 0.82325581 0.77214597 0.26793903 0.23383424 0.70701532 0.13137094 0.58049553 0.73467905 0.32220174 0.84423861 0.42292266 0.66730287 0.48503587 0.13746674] [ 0.58159997 0.54770687 0.85459712 0.2817854 0.44261582 0.44636117 0.60890946 0.9566866 0.18556409 0.30190104 0.93140334 0.18653426 0.86585628 0.94506731 0.12679523 0.31327376 0.39528711 0.38256289 0.31711255 0.88515168 0.19941735 0.19297616 0.76471823 0.1702089 0.81571393 0.68058709 0.3780923 0.87266278 0.67003647 0.78501305 0.1234616 0.39689902 0.50882763 0.69969266 0.61409162 0.94509087 0.79174676 0.79218448 0.90981909 0.76813617 0.27460543 0.11712683 0.60382444 0.80335106 0.06034572 0.19133659 0.22408348 0.73654516 0.4879136 0.37301099 0.15183481 0.35512677 0.29172248 0.37679261 0.26503974] [ 0.70507171 0.30595267 0.51313483 0.22708281 0.01499351 0.84118574 0.67251206 0.88388634 0.71757893 0.50997711 0.14504322 0.59813455 0.14516025 0.61673664 0.38579232 0.36261446 0.25372839 0.00944099 0.53778666 0.12964545 0.11546209 0.16652483 0.55730598 0.73795342 0.87583448 0.07179535 0.107788 0.97771401 0.52482739 0.27601967 0.53550311 0.56493246 0.45950048 0.7894994 0.94031689 0.89260266 0.7436402 0.06683894 0.63883793 0.25441946 0.79498013 0.85040428 0.51569241 0.83884017 0.22122891 0.28144395 0.07683971 0.66178256 0.72489613 0.19609258 0.19211862 0.01428157 0.21194494 0.66503893 0.09916577] [ 0.21007372 0.56459456 0.93664551 0.26194769 0.11233148 0.66690109 0.33465197 0.07780461 0.48166519 0.20158552 0.02459279 0.49588273 0.89735055 0.59793781 0.8716171 0.24943018 0.0480754 0.60120189 0.72060981 0.09773523 0.26423721 0.08458102 0.95387953 0.42079645 0.54648121 0.38083262 0.75604196 0.19037872 0.34057748 0.36620365 0.80127673 0.70149473 0.9974654 0.84674384 0.90426822 0.59994495 0.96657066 0.55233052 0.79591345 0.30323913 0.37525126 0.4034724 0.27801626 0.47866267 0.70446171 0.79976149 0.02163596 0.72973826 0.58677062 0.46334174 0.04774092 0.45472083 0.46306676 0.07744872 0.42510799] [ 0.83098973 0.66902445 0.92067313 0.1419125 0.99473693 0.0907064 0.07742957 0.18268954 0.27781313 0.08522881 0.37918665 0.21949517 0.32290803 0.29056517 0.86746536 0.34217987 0.32062459 0.69996088 0.04277308 0.55847815 0.86921868 0.25605038 0.13189799 0.41740002 0.62268316 0.62379604 0.33402532 0.61797389 0.18857143 0.199415 0.84706227 0.61906546 0.89019294 0.8627324 0.17309298 0.19039013 0.35253407 0.83979022 0.67919198 0.08661204 0.8089785 0.99555486 0.22713124 0.31856114 0.51808234 0.92075155 0.48556699 0.02087894 0.85156442 0.8314763 0.54683466 0.69704807 0.53571671 0.70495007 0.42031091] [ 0.05170119 0.1692107 0.75288882 0.73686181 0.34535728 0.37598815 0.61715582 0.60397148 0.1829208 0.80626267 0.98854556 0.699824 0.35345656 0.97422248 0.91924611 0.04794529 0.9384914 0.80325089 0.96880035 0.61899166 0.88353434 0.8618506 0.5626528 0.96530093 0.17300397 0.05965218 0.47713714 0.46552742 0.50621228 0.97561523 0.27347858 0.43070352 0.34750848 0.33193238 0.37797248 0.90351728 0.57712825 0.91237374 0.5871989 0.43758411 0.57302755 0.0170942 0.7390513 0.78002684 0.62872036 0.96457195 0.15589845 0.95009918 0.88719138 0.62181225 0.71046806 0.80937476 0.76396239 0.38541846 0.81750666] [ 0.48480779 0.0981478 0.09064039 0.75951362 0.87648147 0.82109119 0.16057424 0.24940655 0.27490282 0.50325529 0.04270993 0.33805568 0.16915632 0.04013948 0.48451452 0.50480173 0.97065085 0.61991366 0.80978464 0.46994683 0.68214951 0.86167831 0.16328464 0.61131315 0.94144091 0.18691326 0.0906211 0.71983284 0.259514 0.40513174 0.07212227 0.06283497 0.71225035 0.13053373 0.9725805 0.52196751 0.5907262 0.17328019 0.64739262 0.94945894 0.32234523 0.15095401 0.97490305 0.95347304 0.96470861 0.48642063 0.12230906 0.77494158 0.96658891 0.39026942 0.80245178 0.46705055 0.08715583 0.98132866 0.02097658</Q> 
    7     <I size="7,55" units="1/cm">6.24086252e-01 8.40541117e-01 1.13523242e-02 9.80428502e-01 1.36163249e-01 3.69264343e-01 2.92442954e-01 3.60105880e-01 1.06398313e-01 2.63745441e-01 2.30296000e-01 5.57801826e-01 5.96139787e-01 3.25748491e-01 2.52885570e-01 5.07806514e-01 3.08256229e-01 7.02271484e-01 9.22918157e-01 2.79195725e-01 6.81293737e-01 6.06712201e-01 4.33190588e-01 5.11944958e-01 6.41720949e-01 6.70497531e-01 2.30445256e-01 9.19418403e-01 1.69740741e-01 6.00357881e-01 2.62742199e-01 4.46940483e-01 1.50497820e-01 1.03455210e-01 6.74727153e-01 4.42166225e-01 6.12255624e-01 4.37813992e-01 2.67109545e-01 5.02965181e-01 3.19386736e-01 7.28284537e-01 8.75313259e-01 7.98711445e-02 1.17523470e-01 2.79338402e-02 1.18662467e-01 1.24493411e-01 4.13671407e-01 8.74446195e-01 5.17640461e-01 4.13228811e-01 6.15228314e-01 1.70965965e-01 7.22335615e-01] [ 6.10067488e-01 7.56234032e-01 8.94156383e-01 8.92265595e-01 7.24870449e-01 6.55325437e-01 1.70072095e-02 2.78857531e-01 8.73859070e-02 5.35984574e-01 8.87839050e-01 1.04088026e-01 8.60273403e-01 3.77239145e-01 2.06442825e-01 7.27400114e-01 1.04373283e-01 1.98929300e-01 6.34265082e-01 8.87374572e-01 3.15158312e-01 2.35829817e-01 8.15711024e-01 2.23668307e-01 1.44153741e-01 4.65978359e-01 7.79031977e-01 4.16375998e-01 1.96839373e-01 1.80446960e-01 1.42944847e-02 4.13687569e-01 9.87209620e-01 7.98704146e-01 3.27268262e-01 7.62910876e-01 9.07107809e-01 4.39551864e-01 7.75728566e-01 1.63582225e-01 6.72625782e-01 6.71702915e-01 2.34645262e-01 2.19968822e-02 6.38815219e-01 1.38931420e-01 7.78567046e-01 8.70700936e-01 2.96385228e-01 5.02329677e-02 3.48150488e-01 5.75098710e-01 5.55748365e-02 7.30424159e-01 4.90281722e-01] [ 9.55156775e-01 5.40962589e-01 5.72178538e-01 7.88624310e-02 5.94231838e-01 3.19398957e-01 2.77129192e-01 3.01799740e-02 4.70409806e-01 7.62290402e-01 7.97013993e-01 7.67718387e-01 6.68425598e-01 3.60780093e-01 7.11653678e-02 4.32706971e-01 6.39910866e-01 6.29886332e-01 8.95362927e-01 3.48310305e-01 5.67293307e-01 2.06825653e-01 8.10294820e-01 6.49916509e-04 9.20762987e-02 1.32876806e-01 2.90241109e-01 6.61896142e-01 3.34019752e-01 8.89394484e-01 8.32419697e-01 2.13307284e-01 4.25748308e-01 5.91809851e-01 2.84052545e-01 1.09525758e-01 7.45650542e-01 5.92029411e-01 3.87015617e-01 6.23048475e-01 6.67898804e-01 5.80233379e-01 8.64643510e-01 8.89912907e-01 8.39033461e-01 4.17550256e-02 5.50779188e-01 6.85869526e-01 8.48024135e-01 6.42096107e-02 6.28188260e-01 4.18470560e-01 9.43112979e-01 6.58216565e-01 5.80259509e-01] [ 6.05149081e-01 4.35515908e-01 2.28639208e-01 2.88424141e-01 1.89299125e-01 4.84353179e-01 9.83967097e-01 2.81297869e-01 3.92526383e-01 1.82430405e-02 1.98183257e-01 9.14931216e-01 9.49025704e-01 1.02803702e-01 8.70556014e-02 4.45831881e-01 5.22928380e-02 9.37538227e-01 9.37793798e-01 3.71837690e-01 7.97028254e-02 6.84557007e-01 8.37238505e-01 6.30215209e-01 8.76581952e-01 3.84342339e-01 6.22396073e-01 1.58910294e-01 7.55105983e-01 5.92013963e-01 4.94506476e-01 9.57995966e-01 6.43146292e-01 3.02667783e-01 7.46936396e-01 2.61019638e-01 6.23262976e-01 1.20835057e-01 3.42009983e-02 2.73398779e-01 9.26694638e-01 1.92171995e-01 6.82575580e-01 6.30671435e-01 5.02862638e-01 9.62318263e-01 1.36720011e-01 5.63672504e-01 8.12229861e-02 7.42360585e-03 7.27848653e-01 2.98687759e-01 1.94876688e-01 8.56533380e-01 6.18582866e-01] [ 7.41376890e-01 7.56118435e-01 7.98316989e-02 8.62087216e-01 3.48956632e-02 6.39962527e-01 9.61478184e-01 4.70416117e-01 1.30079396e-01 2.69886658e-01 4.23775996e-02 9.35692599e-01 5.97507680e-02 1.62306165e-01 9.16435286e-01 8.81441504e-02 2.54278997e-01 6.41167884e-01 9.47739621e-02 6.33099596e-01 3.40036338e-01 6.92689775e-01 6.13855532e-01 9.37368239e-01 1.37343344e-01 4.65321995e-01 6.56797181e-01 7.79554443e-01 7.36728721e-01 4.34134294e-01 4.17783812e-01 1.88227198e-02 2.12428915e-01 8.23257565e-01 6.23630686e-01 6.82229272e-01 4.62398929e-01 5.68089035e-01 5.78852581e-01 3.20343552e-01 8.83830893e-01 7.69318341e-01 3.61317035e-01 8.19338349e-01 9.44138416e-02 6.95980681e-01 3.67966025e-01 9.40900655e-01 5.47418348e-01 8.56774588e-01 3.30193308e-01 1.16474339e-01 3.77630909e-01 1.56140227e-01 1.19835918e-01] [ 2.34494881e-01 1.61797718e-01 8.96261385e-01 6.66154989e-01 6.47021860e-01 2.40354871e-01 5.81406931e-01 5.71831982e-01 2.69730425e-01 6.22577951e-01 2.91800146e-01 2.44866909e-01 7.44507880e-01 1.11023616e-01 7.74264585e-01 2.03261710e-01 7.81963415e-01 8.04457116e-02 2.34458684e-01 8.84888742e-01 6.25323688e-01 4.69740950e-01 9.78162915e-01 9.55519840e-01 7.93258264e-01 9.30541021e-01 6.74522044e-01 7.98608485e-01 2.41212615e-01 2.12431201e-01 1.40606401e-02 3.04895456e-01 9.63703581e-01 5.90656845e-02 7.49164746e-01 3.83639075e-01 5.97415197e-01 8.62442465e-02 9.39171447e-01 8.81732691e-01 6.80015241e-01 6.39989264e-01 6.60010728e-02 9.79180066e-01 1.03523477e-01 9.51633725e-01 2.74909349e-01 5.90993798e-01 1.03798317e-01 5.84724686e-01 1.24770496e-01 4.45561859e-01 9.56934742e-01 2.76566751e-01 1.80436288e-03] [ 2.41181401e-01 9.30246338e-01 9.81918071e-02 9.59427026e-01 2.22116728e-01 7.12143891e-01 6.91294845e-01 5.02960991e-01 6.61660065e-01 1.92555771e-01 4.57147451e-01 5.30707062e-01 2.40483058e-01 3.39976616e-02 8.90542240e-01 5.96370388e-01 5.12587758e-01 7.14617830e-01 9.72249984e-01 1.07259863e-01 4.23331156e-01 8.52483742e-01 8.48807033e-01 6.50842144e-01 6.48837537e-02 2.84978836e-02 2.83146775e-01 6.48801696e-01 5.73890788e-01 4.74323543e-01 1.89900248e-01 3.68309267e-01 3.54502050e-01 3.49733542e-01 9.03814248e-01 1.82017300e-01 4.88734121e-01 7.23608270e-01 8.71643203e-01 9.20080232e-01 1.03765011e-01 8.87660252e-01 8.24949947e-01 7.53390575e-01 7.14543458e-01 8.95111698e-02 5.48073992e-01 4.55281836e-01 7.06730060e-01 5.74943905e-01 6.34798970e-01 9.71411687e-02 4.28314632e-01 5.30210698e-01 3.36838024e-01</I> 
    8     <Time size="7" units="ms">0.45811352 0.21191776 0.24808448 0.13221029 0.1885588 0.29657931 0.40058705</Time> 
     6    <Q size="4,35" units="1/A"> 
     7        0.95670127 0.76164398 0.44773209 0.64434195 0.11816605 0.66566669 0.70728532 0.6159157 0.06353967 0.51433966 0.14431914 0.4975704 0.99710084 0.31027419 0.80486154 0.24885446 0.65824848 0.14046844 0.03517309 0.26906577 0.71617604 0.67556048 0.94577085 0.26558273 0.39402597 0.30922758 0.55799954 0.58602549 0.17423172 0.86062046 0.34106937 0.81379166 0.26327453 0.7016092 0.8917355 
     8        0.35499432 0.03989742 0.08415952 0.7213043 0.11118782 0.60076945 0.50135513 0.06322427 0.53582624 0.01768515 0.23653198 0.89305459 0.50166366 0.33713458 0.2394858 0.59642851 0.51115736 0.18010981 0.53428613 0.06940682 0.16424149 0.62242493 0.59138568 0.23392677 0.96887918 0.66551016 0.09402023 0.85185222 0.81690721 0.47861943 0.27118855 0.9603518 0.86835421 0.78464828 0.32201456 
     9        0.9194192 0.30860041 0.7130756 0.72802136 0.57320104 0.65641817 0.49852361 0.41217852 0.9009278 0.47804882 0.2567627 0.49357217 0.33636693 0.02682789 0.03233871 0.97827731 0.77850967 0.48236584 0.54213838 0.68654465 0.94084639 0.58293957 0.52090994 0.85376181 0.93936181 0.35963541 0.45015556 0.48418982 0.20501352 0.41391106 0.28800556 0.59146807 0.82888231 0.52737402 0.41317215 
     10        0.56467998 0.94215299 0.90137862 0.58739703 0.86822222 0.90179528 0.47837436 0.95222289 0.51925783 0.74523458 0.05920005 0.12025676 0.24434238 0.14603045 0.02319374 0.160868 0.4333557 0.87183589 0.75984406 0.77396798 0.4738233 0.00884732 0.96815482 0.22878977 0.92107933 0.63390023 0.87355736 0.50142865 0.18549277 0.20354988 0.05716901 0.1050603 0.4653535 0.99709856 0.57521299 
     11    </Q> 
     12    <I size="4,35" units="1/cm"> 
     13        2.89870793e-01 4.06246334e-01 4.88891288e-01 5.30847987e-01 9.67453018e-01 1.05014520e-01 3.83736772e-01 5.73436103e-01 8.18511566e-01 9.37532948e-01 3.24902966e-01 1.41230752e-01 5.09771797e-01 9.29589758e-01 8.06162082e-02 8.40240812e-01 1.44406234e-01 6.15679025e-01 5.68336752e-01 7.79695648e-01 1.45197836e-01 8.83655163e-01 5.62292931e-01 3.23358766e-01 5.08571698e-01 5.40371049e-01 4.41561094e-03 4.18714804e-02 2.30269558e-01 7.92539803e-01 7.70740150e-01 6.25934827e-01 3.72289107e-01 8.27320441e-01 4.37476040e-01 
     14        3.98361636e-01 2.70939507e-01 7.91277448e-01 4.17184848e-01 6.89250446e-01 4.41526037e-01 6.55471827e-01 2.54732532e-01 8.26483366e-02 6.75753161e-01 9.73350360e-01 2.77766684e-01 5.27697600e-01 1.24237497e-02 1.24997364e-01 5.57893139e-01 6.91867206e-01 6.07558719e-01 8.49832549e-01 3.93470332e-01 7.30307907e-01 7.08984751e-02 3.37329667e-01 2.80457878e-02 7.97838674e-01 9.34451997e-01 1.34675171e-04 3.87943660e-01 5.43497599e-01 4.09530775e-01 3.82055491e-01 8.26031756e-01 2.42526263e-01 3.75742727e-01 7.72524406e-01 
     15        9.82474974e-01 6.81623214e-01 6.24832959e-01 9.15530757e-01 3.51862195e-01 9.62638350e-01 1.33572903e-01 7.03370253e-01 7.23624393e-01 3.31800913e-02 6.33659642e-01 6.76983691e-01 9.22407604e-01 6.02727626e-01 8.40365054e-01 6.25584936e-01 6.85420480e-01 5.16906144e-01 1.16359723e-01 2.44663064e-01 5.15622785e-02 9.68152390e-01 9.84451397e-01 4.28136695e-01 5.26681358e-01 3.81397230e-01 5.73101467e-01 5.90795677e-01 4.33586488e-01 3.97569316e-01 6.17203298e-01 1.25843878e-01 4.33227827e-01 8.88093533e-01 2.57562081e-01 
     16        3.16281921e-01 6.03227634e-01 8.87476948e-01 8.13324053e-01 3.45501835e-01 6.75367080e-02 4.53135879e-01 5.15725688e-01 4.92412183e-01 7.77460509e-01 2.96000679e-01 3.82067343e-01 5.81646858e-01 3.73949952e-01 1.06538996e-01 2.94278633e-01 9.71520143e-01 4.79487715e-03 4.07281127e-01 1.28574480e-01 5.64713498e-01 1.20333790e-01 3.54199678e-01 6.49057867e-02 1.79574590e-01 8.05875982e-01 7.34131843e-01 7.35264183e-01 2.21007673e-01 6.41053190e-01 8.52836340e-01 1.05701148e-01 4.79927992e-01 9.08488206e-01 7.85553859e-01 
     17    </I> 
     18    <Time size="4" units="ms">0.13645927 0.91992274 0.75435689 0.5997876</Time> 
    919  </SASentry> 
    1020</SASroot> 
  • canSAS2012/examples/xml/generic2dtimetpseries.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="generic2dtimetpseries.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="generic2dtimetpseries.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    4     <Title>example of generic 2D SAS data in a time, T, &amp; P series, I(t,T,P,Q(t,T,P))</Title> 
     4    <Title>example of generic 2D SAS data (images) in a time, T, &amp; P series, I(T,t,P,Q(t))</Title> 
    55    <SASdata name="sasdata01" I_axes="Temperature,Time,Pressure,Q,Q" Q_indices="1,3,4"/> 
    6     <Q size="7,3,4" units="1/A">0.20527079 0.66487023 0.07711374 0.5892935 ] [ 0.69389224 0.00384193 0.23235731 0.70059153] [ 0.62292781 0.07750975 0.20595562 0.20699011]] [[ 0.70638449 0.27323288 0.89365256 0.92125431] [ 0.74850812 0.06133453 0.54900546 0.45487289] [ 0.27178767 0.84546313 0.40671438 0.58212546]] [[ 0.00835112 0.90716772 0.28106483 0.82254547] [ 0.60919819 0.98438819 0.57374987 0.43334287] [ 0.64312556 0.4393679 0.21868955 0.00721704]] [[ 0.09942632 0.85601912 0.08272342 0.41995609] [ 0.70820554 0.51655753 0.06391063 0.93111845] [ 0.05877657 0.08840581 0.36571371 0.03665125]] [[ 0.39512239 0.03988182 0.55404466 0.43886266] [ 0.17101062 0.61921393 0.01756878 0.27157054] [ 0.3742455 0.83406893 0.89646014 0.95201856]] [[ 0.76817597 0.05548836 0.68911951 0.04163747] [ 0.98064946 0.11628274 0.20116892 0.4038966 ] [ 0.30990898 0.69414593 0.99538631 0.61343714]] [[ 0.25733143 0.24345624 0.70601105 0.44827605] [ 0.58460656 0.90249818 0.76578304 0.9876266 ] [ 0.72612257 0.04556989 0.35459622 0.90222818</Q> 
    7     <I size="3,7,2,3,4" units="1/cm">0.46088291 0.88792093 0.11300772 0.68194198] [ 0.54691728 0.90062283 0.75286917 0.40924844] [ 0.71919567 0.46654804 0.58286868 0.89105779]] [[ 0.64483264 0.36066125 0.77478075 0.59440556] [ 0.41899918 0.49665084 0.38858423 0.7399717 ] [ 0.49084866 0.35494692 0.36909524 0.52147999]]] [[[ 0.97339124 0.03783856 0.83633787 0.66924513] [ 0.13291665 0.43476553 0.3548103 0.09442552] [ 0.06029482 0.04368221 0.62655052 0.77211983]] [[ 0.72027373 0.28865065 0.78326959 0.85355728] [ 0.89364303 0.289058 0.55105574 0.20058636] [ 0.79221174 0.48888781 0.56721044 0.45430631]]] [[[ 0.45373798 0.70685472 0.39646423 0.43514575] [ 0.62064962 0.76797776 0.77614222 0.25192243] [ 0.97673196 0.63005877 0.47092271 0.67612084]] [[ 0.08957046 0.45952292 0.42603764 0.78083932] [ 0.97950614 0.24951245 0.55286586 0.9387664 ] [ 0.0568212 0.25127609 0.2481114 0.76729504]]] [[[ 0.71613674 0.34037021 0.90065732 0.64193343] [ 0.76446756 0.79074143 0.15519132 0.66949282] [ 0.39588748 0.31077878 0.33366354 0.11513507]] [[ 0.73615625 0.66470246 0.78172488 0.04224862] [ 0.65588513 0.01315982 0.65777615 0.07812621] [ 0.63588591 0.69727528 0.26241761 0.59174755]]] [[[ 0.98073572 0.64976327 0.82140649 0.83666654] [ 0.61562028 0.893236 0.95473567 0.64345959] [ 0.09597921 0.45984714 0.35911872 0.10967518]] [[ 0.68598869 0.857329 0.40477508 0.35735756] [ 0.61844635 0.41818623 0.54882448 0.92554864] [ 0.09637309 0.99322703 0.06414641 0.63394911]]] [[[ 0.55928215 0.56675059 0.63354989 0.60100346] [ 0.22349636 0.43567397 0.90267221 0.88506564] [ 0.33118648 0.2069764 0.45727631 0.60761657]] [[ 0.30211593 0.23174264 0.75449742 0.98871302] [ 0.48842857 0.93783305 0.08785632 0.45933817] [ 0.30288564 0.6776353 0.75072088 0.16282301]]] [[[ 0.43686584 0.2071517 0.31433753 0.3185965 ] [ 0.51791068 0.27221586 0.80395728 0.55762658] [ 0.06735876 0.16115543 0.25923484 0.99191994]] [[ 0.63359558 0.80763037 0.18255949 0.86458358] [ 0.82686601 0.45211221 0.74037213 0.09014573] [ 0.62313158 0.97956569 0.10769456 0.47319464]]]] [[[[ 0.69445036 0.57588602 0.87916807 0.32173907] [ 0.48608475 0.40875915 0.22057736 0.77673956] [ 0.26453988 0.69481645 0.97301038 0.1507316 ]] [[ 0.87684698 0.39985873 0.00496345 0.05450406] [ 0.8404113 0.33348781 0.72489698 0.86497989] [ 0.76395523 0.67978478 0.14877996 0.93947744]]] [[[ 0.3858606 0.59295183 0.46758956 0.89503822] [ 0.21770134 0.09533995 0.92740315 0.17499795] [ 0.13697001 0.31146142 0.39688611 0.03942359]] [[ 0.55326114 0.84216839 0.82100269 0.0501933 ] [ 0.94273746 0.22022302 0.48324529 0.40333375] [ 0.69292598 0.72736783 0.02337502 0.29802736]]] [[[ 0.3692962 0.32152399 0.99299324 0.56164309] [ 0.08963694 0.66179147 0.21680001 0.29429381] [ 0.24621574 0.14603203 0.99216774 0.97933263]] [[ 0.42028509 0.28691319 0.8304512 0.19487152] [ 0.5384183 0.87089606 0.93452184 0.22454728] [ 0.2263759 0.80081435 0.74794572 0.48277487]]] [[[ 0.39619195 0.73325997 0.86745354 0.43296013] [ 0.33845374 0.46678129 0.1198943 0.18911018] [ 0.7560375 0.58402883 0.22132338 0.24245513]] [[ 0.65280523 0.11299835 0.36402298 0.84675497] [ 0.0408444 0.99758423 0.19656625 0.60210149] [ 0.61577862 0.42958834 0.88296408 0.25183219]]] [[[ 0.58295947 0.99107265 0.94264496 0.37396901] [ 0.17513586 0.80681735 0.88462147 0.88857315] [ 0.57132369 0.27899969 0.24518501 0.24768549]] [[ 0.47024745 0.73837423 0.18745921 0.66171852] [ 0.41177353 0.81065775 0.15796901 0.07996676] [ 0.55130875 0.43262858 0.84836994 0.86757872]]] [[[ 0.55084155 0.51072747 0.98923754 0.98736679] [ 0.3382604 0.41404513 0.78295018 0.95666415] [ 0.88507873 0.16926477 0.78708194 0.57562517]] [[ 0.95305631 0.49973923 0.42334799 0.44325835] [ 0.60486674 0.32163353 0.71662052 0.15100508] [ 0.38046831 0.70436828 0.63506664 0.36081971]]] [[[ 0.91715858 0.79547755 0.29736352 0.56695329] [ 0.06597995 0.71683783 0.17297086 0.26830717] [ 0.46988207 0.38877836 0.81365613 0.07363436]] [[ 0.09404448 0.30649719 0.68906934 0.81967956] [ 0.76676745 0.78712734 0.29185297 0.42129016] [ 0.95732028 0.77904628 0.41645765 0.28965201]]]] [[[[ 0.82548229 0.72694713 0.87755514 0.37304816] [ 0.9722375 0.72887081 0.78957605 0.35977074] [ 0.07376654 0.61809155 0.49138277 0.85504581]] [[ 0.85117095 0.97073538 0.35478486 0.73763868] [ 0.17512375 0.01135828 0.25555179 0.95938714] [ 0.38697623 0.29129509 0.19092134 0.00361757]]] [[[ 0.08173726 0.09862381 0.53925469 0.8289778 ] [ 0.12715492 0.92356891 0.75422799 0.24588961] [ 0.14114945 0.45704866 0.10942002 0.38005164]] [[ 0.10996338 0.35237814 0.70343341 0.54431756] [ 0.81243171 0.85009295 0.87134037 0.41860747] [ 0.60296525 0.2302265 0.95109614 0.82797029]]] [[[ 0.77989827 0.53983708 0.61674088 0.73031643] [ 0.82772886 0.66371041 0.26874276 0.59941821] [ 0.23071661 0.1326512 0.78023964 0.94026075]] [[ 0.02824281 0.03597149 0.47999221 0.19870979] [ 0.66916056 0.7657953 0.5359017 0.19338716] [ 0.63322383 0.79675421 0.82740604 0.45362613]]] [[[ 0.87355146 0.68098033 0.50199676 0.46046028] [ 0.62658995 0.50734429 0.04763842 0.76171373] [ 0.29265509 0.40080439 0.20268943 0.99780106]] [[ 0.32506559 0.52820187 0.6328022 0.3301527 ] [ 0.17702323 0.48275311 0.23522857 0.37044954] [ 0.3883972 0.88990896 0.46605942 0.15686991]]] [[[ 0.47909875 0.81393079 0.56915082 0.10895339] [ 0.54955547 0.58042139 0.41920966 0.88442335] [ 0.36149028 0.74101274 0.29375084 0.70138532]] [[ 0.33569387 0.36441117 0.32071741 0.87000939] [ 0.61604676 0.39085048 0.96773074 0.33947798] [ 0.85328248 0.92185395 0.99124221 0.37945147]]] [[[ 0.29347453 0.88105751 0.66501125 0.32534615] [ 0.76938902 0.5095257 0.60507623 0.59872285] [ 0.6936975 0.35941365 0.45076446 0.31070717]] [[ 0.02753455 0.1543703 0.56320491 0.62655554] [ 0.49230227 0.18457295 0.99863107 0.43963012] [ 0.4812142 0.80901817 0.0628917 0.31476637]]] [[[ 0.10155049 0.13502873 0.4758429 0.10229358] [ 0.92637572 0.99160258 0.27545044 0.22008721] [ 0.74548573 0.32991206 0.31961158 0.03659569]] [[ 0.42519589 0.44964807 0.21514489 0.80274366] [ 0.2031236 0.11567519 0.49029054 0.12667462] [ 0.35501829 0.98198848 0.44313653 0.79740674</I> 
    8     <Time size="7" units="ms">0.10577778 0.82542968 0.71351869 0.60145745 0.60951925 0.93357784 0.88951875</Time> 
    9     <Temperature size="3" units="ms">0.5753036 0.26467547 0.90491724</Temperature> 
    10     <Pressure size="2" units="ms">0.95292476 0.36579685</Pressure> 
     6    <Qx size="4,5,6" units="1/A"> 
     7        0.07782794 0.29492555 0.43416808 0.60491354 0.50999838 0.96746985 
     8        0.71192452 0.62955457 0.8713224 0.91501264 0.18746522 0.0184428 
     9        0.91437544 0.09639591 0.77885083 0.53602883 0.41111712 0.49716388 
     10        0.56131111 0.950016 0.1953718 0.16859721 0.24560768 0.59593933 
     11        0.14607286 0.31398404 0.79239597 0.06154906 0.71487226 0.50747423 
     12         
     13        0.86834772 0.82906965 0.98655076 0.60980258 0.29444119 0.77900785 
     14        0.09786305 0.60487257 0.95312051 0.40534312 0.34410416 0.44071794 
     15        0.07840057 0.36779011 0.57175219 0.36058955 0.22200031 0.12011051 
     16        0.29540015 0.49040743 0.31159138 0.91312326 0.20308549 0.43722895 
     17        0.9057148 0.0357211 0.68808758 0.62660279 0.95940826 0.406368 
     18         
     19        0.32615784 0.73532974 0.75147881 0.77048857 0.01785702 0.89398085 
     20        0.91824269 0.8229927 0.00281102 0.88681941 0.0644542 0.23352489 
     21        0.17532064 0.8844069 0.14400367 0.17701525 0.99077353 0.15691164 
     22        0.46881746 0.94646016 0.48318466 0.78178747 0.8811561 0.33534007 
     23        0.22070565 0.94865238 0.71565546 0.06123758 0.10494109 0.17991076 
     24         
     25        0.15817805 0.94500056 0.24353785 0.514761 0.50456672 0.01066549 
     26        0.54264978 0.60651601 0.17911592 0.46583752 0.44378975 0.23676989 
     27        0.72009583 0.81265772 0.72149598 0.30466761 0.70044313 0.88303288 
     28        0.63194806 0.71642987 0.25512191 0.06137628 0.657164 0.89740481 
     29        0.47046307 0.50384472 0.89170831 0.40983212 0.30129855 0.52744586 
     30    </Qx> 
     31    <Qy size="4,5,6" units="1/A"> 
     32        0.77952715 0.23053335 0.5687214 0.72081773 0.61751113 0.96077032 
     33        0.77825375 0.84562847 0.07766466 0.02616248 0.0550534 0.8918637 
     34        0.11645061 0.02703457 0.72388664 0.84385045 0.97091408 0.66759372 
     35        0.9510073 0.06890178 0.94167152 0.24181969 0.57466231 0.03508692 
     36        0.84359786 0.27003362 0.22796188 0.90269441 0.56187227 0.3787 
     37         
     38        0.77685488 0.01681715 0.54158488 0.76231893 0.13219064 0.1557485 
     39        0.62319501 0.20310818 0.60278405 0.90321922 0.37161219 0.80194019 
     40        0.80087457 0.73732521 0.65198188 0.44970088 0.46194777 0.82010687 
     41        0.22255886 0.97160413 0.98061356 0.04204292 0.01386019 0.70394497 
     42        0.61780963 0.09377882 0.96174248 0.23855104 0.38737611 0.29056225 
     43         
     44        0.43522931 0.47592185 0.58013579 0.00470197 0.15333562 0.06139866 
     45        0.80028598 0.91543416 0.66374824 0.45920503 0.89520501 0.05459238 
     46        0.74509171 0.83025352 0.39631412 0.71836831 0.12458171 0.07651199 
     47        0.18402866 0.07284131 0.49855263 0.06718284 0.37661824 0.04805882 
     48        0.82407786 0.39805351 0.15184618 0.01079718 0.18130752 0.48919322 
     49         
     50        0.00968147 0.25948203 0.99356964 0.47386046 0.39052259 0.46226691 
     51        0.29385184 0.16591665 0.31124949 0.60659682 0.56372206 0.46410257 
     52        0.92459631 0.00287889 0.70597564 0.75507865 0.33474879 0.10881325 
     53        0.87418278 0.5995136 0.26658634 0.7163598 0.48879823 0.63312276 
     54        0.2527338 0.46181192 0.77859493 0.70786717 0.69102471 0.07354958 
     55    </Qy> 
     56    <Qz size="4,5,6" units="1/A"> 
     57        0.85956158 0.03221983 0.85157961 0.02075224 0.0132747 0.75468842 
     58        0.10435635 0.65455073 0.57237186 0.2007923 0.03764939 0.94606129 
     59        0.82804398 0.84487692 0.37693783 0.86178249 0.26321121 0.81571693 
     60        0.32065592 0.06141124 0.43610712 0.09976236 0.52979472 0.59437629 
     61        0.40467729 0.73165034 0.48487199 0.31975897 0.41385412 0.53999231 
     62         
     63        0.83152686 0.80305855 0.27750952 0.48583754 0.82395659 0.07048594 
     64        0.7781618 0.53314594 0.67028803 0.63385715 0.30938535 0.67510116 
     65        0.59710661 0.19437831 0.48229973 0.27473391 0.19039974 0.70036264 
     66        0.8054863 0.13922993 0.24261667 0.16454892 0.29507019 0.74386705 
     67        0.09507608 0.69309545 0.9253426 0.55194015 0.77277599 0.92039883 
     68         
     69        0.12762468 0.06339373 0.23973804 0.52333791 0.20979479 0.25089529 
     70        0.31082479 0.66930658 0.63497851 0.23176773 0.81960427 0.38004909 
     71        0.77243345 0.68476253 0.13049503 0.81276019 0.05418958 0.26601999 
     72        0.50436468 0.45516643 0.25452097 0.97007695 0.24297165 0.62242969 
     73        0.813515 0.54496912 0.78569104 0.20357278 0.49090579 0.63943629 
     74         
     75        0.99428753 0.06856209 0.84989753 0.26376505 0.46101379 0.28241024 
     76        0.01634915 0.49035452 0.44776487 0.50227307 0.89235067 0.18026605 
     77        0.5869883 0.72438315 0.60625065 0.18300806 0.34468457 0.34708305 
     78        0.06537436 0.7357899 0.71961418 0.43182814 0.96928124 0.06206963 
     79        0.26705733 0.05721527 0.13580541 0.82725555 0.31636192 0.1505836 
     80    </Qz> 
     81    <I size="3,4,2,5,6" units="1/cm"> 
     82        0.66183778 0.82253159 0.04890053 0.08712895 0.05373588 0.27332876 
     83        0.40092821 0.80303057 0.58330763 0.56911486 0.30750667 0.29553753 
     84        0.04834033 0.39288013 0.21083737 0.95430185 0.35608901 0.48923207 
     85        0.0715156 0.73845722 0.44828926 0.82945802 0.10997566 0.14931509 
     86        0.72145522 0.73897733 0.69654611 0.65410034 0.38829264 0.70146471 
     87         
     88        0.00659783 0.54903012 0.12645678 0.56229742 0.46789332 0.61222335 
     89        0.34895982 0.16005652 0.72737838 0.10129129 0.15466657 0.629249 
     90        0.93664848 0.73875031 0.30125492 0.84735605 0.54894509 0.56781982 
     91        0.51630788 0.99562106 0.42597083 0.78234834 0.8353809 0.5678874 
     92        0.43315142 0.63682146 0.9328222 0.45776906 0.21412399 0.79872661 
     93         
     94         
     95        0.1081381 0.40170068 0.0201878 0.77179621 0.21507722 0.51422882 
     96        0.29696148 0.69071397 0.15102356 0.07127119 0.14295155 0.88083356 
     97        0.96294995 0.08158108 0.79432154 0.32427817 0.20700056 0.01664854 
     98        0.20298715 0.79861063 0.93225613 0.79794348 0.40460901 0.84570401 
     99        0.80214379 0.02118178 0.18002664 0.77190348 0.88539703 0.54742172 
     100         
     101        0.96492681 0.72059474 0.87711058 0.28562879 0.70314666 0.36817252 
     102        0.41067162 0.56608945 0.90001076 0.42671985 0.01954213 0.30244541 
     103        0.52532855 0.11875469 0.89661887 0.91892684 0.23468568 0.4247346 
     104        0.10605532 0.47632409 0.52331748 0.1698017 0.40385022 0.04449829 
     105        0.16410047 0.17073441 0.69623398 0.18920698 0.60861647 0.33922874 
     106         
     107         
     108        0.15760606 0.0384913 0.02747762 0.03818922 0.78624417 0.65494263 
     109        0.72944162 0.68836578 0.03640023 0.49352913 0.22460257 0.75958331 
     110        0.12848595 0.02036844 0.72023789 0.15683716 0.21654522 0.68823316 
     111        0.70039604 0.76636506 0.15773395 0.93741356 0.12289336 0.45143535 
     112        0.22899015 0.32384889 0.40900169 0.84878058 0.69009851 0.04809996 
     113         
     114        0.13510292 0.08354473 0.00665557 0.78319411 0.66669048 0.92512541 
     115        0.97408958 0.36975876 0.76739869 0.12351012 0.03745472 0.4711327 
     116        0.28450526 0.49937303 0.11118365 0.27527123 0.23566343 0.58108723 
     117        0.23981745 0.87913278 0.67771113 0.22571798 0.71135644 0.7403002 
     118        0.04552197 0.48227115 0.83117774 0.08836605 0.3450274 0.44580579 
     119         
     120         
     121        0.3323459 0.07074157 0.35960542 0.55388596 0.56319146 0.46231206 
     122        0.56873697 0.48451069 0.71097118 0.68217865 0.18219404 0.67604924 
     123        0.47976938 0.11971823 0.22702837 0.6437387 0.93900844 0.88255918 
     124        0.24656392 0.86337697 0.02439112 0.06719643 0.53766161 0.17478771 
     125        0.53656228 0.42978417 0.41512272 0.1049883 0.36468862 0.92671375 
     126         
     127        0.95397242 0.16211117 0.56982315 0.65156501 0.67678077 0.16853974 
     128        0.41918986 0.80719136 0.63247577 0.08834664 0.36566684 0.28736201 
     129        0.98095392 0.96539561 0.33692173 0.96809693 0.60158759 0.31482453 
     130        0.79893183 0.97080029 0.39047836 0.76070702 0.9541831 0.92959079 
     131        0.06852933 0.21015951 0.50683201 0.11373273 0.19189162 0.906418 
     132         
     133         
     134         
     135        0.78888409 0.7285809 0.73689822 0.66010856 0.41928871 0.32238071 
     136        0.93895942 0.81353901 0.90430788 0.47673344 0.78301215 0.01693703 
     137        0.7731842 0.20861679 0.02973533 0.37480784 0.30418776 0.04581542 
     138        0.05534553 0.49312256 0.3730672 0.54490086 0.00491527 0.11518271 
     139        0.63246203 0.20699206 0.65746268 0.9190908 0.72652259 0.22699952 
     140         
     141        0.34537566 0.53549622 0.1320367 0.0805876 0.31764504 0.27029214 
     142        0.35564008 0.16668823 0.60947689 0.58024115 0.77971366 0.24278644 
     143        0.69771863 0.03660025 0.54194538 0.08935938 0.78255864 0.53851325 
     144        0.48163718 0.49595686 0.32023524 0.92239449 0.47596275 0.48353819 
     145        0.04104962 0.26464105 0.64444961 0.36625592 0.33830079 0.97643434 
     146         
     147         
     148        0.70040392 0.8594902 0.93933459 0.6555194 0.83819237 0.19032605 
     149        0.38290526 0.04558933 0.76832827 0.76422301 0.34916052 0.39717739 
     150        0.66665766 0.51830729 0.15301304 0.67543718 0.8981335 0.45639635 
     151        0.57621657 0.13018134 0.57062185 0.36592693 0.4099875 0.28772759 
     152        0.12677369 0.33356612 0.79144771 0.78401572 0.66004699 0.38153766 
     153         
     154        0.51122566 0.64863288 0.38902437 0.71440399 0.55771408 0.46548196 
     155        0.97385129 0.06988249 0.39543052 0.32367903 0.32425562 0.46541794 
     156        0.9811773 0.04723178 0.32083536 0.41531661 0.83536353 0.55149703 
     157        0.18792723 0.80571205 0.47368662 0.03765721 0.73781947 0.93230766 
     158        0.80022562 0.47678489 0.45375746 0.16781411 0.90560852 0.50456263 
     159         
     160         
     161        0.21773054 0.29969579 0.71294198 0.09919891 0.30933387 0.86144194 
     162        0.0857458 0.50842771 0.77703807 0.95060506 0.57571305 0.26643466 
     163        0.71817139 0.29175041 0.13258392 0.53125714 0.96367609 0.96213868 
     164        0.11120366 0.23969747 0.10212252 0.56925259 0.91535134 0.95385726 
     165        0.85438361 0.13080479 0.34819402 0.90712911 0.23105827 0.51136418 
     166         
     167        0.54722273 0.2081211 0.37230842 0.47344635 0.83044771 0.42548756 
     168        0.0083939 0.13363168 0.83586698 0.22193459 0.34617519 0.39845826 
     169        0.02505447 0.72415227 0.56656945 0.33116037 0.25879833 0.14724122 
     170        0.25972317 0.77598358 0.41637326 0.76624638 0.03589688 0.15830122 
     171        0.67393124 0.74945796 0.09480262 0.81234595 0.47478678 0.95518771 
     172         
     173         
     174        0.34229504 0.2333044 0.85897496 0.43336902 0.88884477 0.5035961 
     175        0.89327259 0.77415969 0.12095176 0.59994723 0.15655303 0.32600368 
     176        0.13527409 0.01664268 0.22610122 0.08314115 0.79155639 0.52926898 
     177        0.41506509 0.21556683 0.04645039 0.28944715 0.75527232 0.10227757 
     178        0.19930965 0.63010865 0.06374619 0.16367066 0.86021994 0.88246083 
     179         
     180        0.08968726 0.38427469 0.92187056 0.06985931 0.53766731 0.90796327 
     181        0.98005832 0.41105758 0.02172441 0.02736368 0.71299261 0.84438633 
     182        0.36549325 0.98950387 0.86948043 0.84698742 0.09057766 0.75545867 
     183        0.25798899 0.03222498 0.39553559 0.99954819 0.68576068 0.57371346 
     184        0.22996128 0.7723435 0.46358256 0.12871314 0.90664348 0.81102915 
     185         
     186         
     187         
     188        0.29072975 0.87125418 0.79198699 0.04280431 0.8846651 0.08546535 
     189        0.89223932 0.632959 0.75653411 0.39219994 0.27888187 0.36070553 
     190        0.09816371 0.6399154 0.88288211 0.07257789 0.42496056 0.64057734 
     191        0.28963062 0.23626762 0.00428838 0.10091121 0.48457844 0.86351414 
     192        0.1607929 0.21558518 0.6328922 0.4470368 0.85603969 0.22816597 
     193         
     194        0.1568034 0.51468057 0.85110675 0.97977205 0.91087382 0.22900701 
     195        0.85050668 0.47297342 0.35840318 0.16342658 0.57993223 0.03025122 
     196        0.51363411 0.9140598 0.59681394 0.55862757 0.05648686 0.18556448 
     197        0.06710252 0.95667407 0.82696513 0.57003852 0.83293751 0.05657055 
     198        0.84356032 0.03293486 0.98450789 0.30734251 0.95998766 0.13505676 
     199         
     200         
     201        0.51867724 0.09173187 0.75490405 0.1824575 0.28564428 0.78592306 
     202        0.44922232 0.94544976 0.67978133 0.0445353 0.89808315 0.41915854 
     203        0.11636557 0.49711122 0.4175472 0.34293135 0.23197469 0.61204177 
     204        0.57750926 0.02695144 0.84094376 0.84390568 0.4297834 0.33991181 
     205        0.61063158 0.65243231 0.05091679 0.8358772 0.1140874 0.17983315 
     206         
     207        0.49675479 0.56389374 0.42871357 0.42248458 0.79526636 0.41412615 
     208        0.20033611 0.30450531 0.55973912 0.44427116 0.81025069 0.37428498 
     209        0.16482031 0.92073142 0.6125345 0.04278306 0.08210043 0.91274641 
     210        0.39719482 0.72832896 0.72342602 0.49031548 0.72492112 0.12807561 
     211        0.23269218 0.67282228 0.04408501 0.64286559 0.26560701 0.79789138 
     212         
     213         
     214        0.36235487 0.58802871 0.94898251 0.15814013 0.34528646 0.82132464 
     215        0.81114539 0.69562332 0.8180312 0.55793985 0.19601862 0.93910975 
     216        0.73285631 0.79727769 0.21975582 0.65404763 0.9464666 0.3002909 
     217        0.8994471 0.41547813 0.53345047 0.85797331 0.77199322 0.68894104 
     218        0.21716614 0.53974303 0.88580426 0.14906854 0.18196794 0.10938983 
     219         
     220        0.98654295 0.87004625 0.89064395 0.96150214 0.76298445 0.01415159 
     221        0.49435906 0.96377743 0.23000852 0.72195472 0.87338343 0.6642819 
     222        0.30961947 0.59143145 0.76664203 0.75571917 0.74129218 0.95590224 
     223        0.04214834 0.29726097 0.73830255 0.3852344 0.52827369 0.86605087 
     224        0.71202623 0.18025096 0.98813027 0.18326023 0.8378583 0.02008509 
     225         
     226         
     227        0.84837737 0.73969947 0.57780526 0.55357244 0.84140372 0.70237052 
     228        0.86294034 0.88411766 0.80836878 0.67357514 0.48900218 0.85621579 
     229        0.38555022 0.33943397 0.41035824 0.08469133 0.95479578 0.10196958 
     230        0.02349415 0.28678578 0.87279823 0.1786857 0.9460343 0.55924543 
     231        0.83918139 0.99308497 0.07036311 0.07207609 0.40268739 0.98571232 
     232         
     233        0.86530102 0.42743495 0.73912096 0.05219653 0.64831046 0.32351884 
     234        0.68682524 0.72688817 0.35706992 0.30406986 0.92010841 0.63171368 
     235        0.66086479 0.46806427 0.08588538 0.94949471 0.10443819 0.98351959 
     236        0.57646329 0.53115023 0.19793229 0.21451306 0.05164159 0.65471437 
     237        0.70407455 0.57948195 0.23722843 0.29450251 0.33860477 0.32435444 
     238    </I> 
     239    <Temperature size="3" units="ms">0.55580385 0.23536538 0.39811472</Temperature> 
     240    <Time size="4" units="ms">0.63027867 0.80864592 0.69848973 0.44488355</Time> 
     241    <Pressure size="2" units="ms">0.8036743 0.90021308</Pressure> 
    11242  </SASentry> 
    12243</SASroot> 
  • canSAS2012/examples/xml/simple1dtimeseries.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="simple1dtimeseries.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="simple1dtimeseries.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of simple 1D SAS data in a time series, I(Q, t)</Title> 
    55    <SASdata name="sasdata01" I_axes="Time,Q" Q_indices="1"/> 
    6     <Q size="11" units="1/A">0.19681919 0.62392291 0.22158137 0.45737187 0.65333074 0.40283322 0.18856571 0.5654249 0.32010166 0.10414563 0.29011439</Q> 
    7     <I size="7,11" units="1/cm">0.08942056 0.14045583 0.86601921 0.85165999 0.54522125 0.07185964 0.32385659 0.55386977 0.05929926 0.32571168 0.64334107] [ 0.42688818 0.82583012 0.81304661 0.75629197 0.13446574 0.754685 0.1678766 0.7192363 0.63524346 0.78683238 0.1388786 ] [ 0.67406749 0.29959774 0.14775435 0.20474609 0.11924224 0.562722 0.61979696 0.96988485 0.34251572 0.57846694 0.57110719] [ 0.13587887 0.8653112 0.42355956 0.55439939 0.80731531 0.34231066 0.74331876 0.55567249 0.93415299 0.77911985 0.99470333] [ 0.45844483 0.67438028 0.55705498 0.57305433 0.61497159 0.24905777 0.76516389 0.50675121 0.59381015 0.125212 0.2754069 ] [ 0.63579196 0.65474887 0.9044387 0.47632918 0.36270815 0.31427005 0.38477834 0.12928012 0.35631693 0.3741332 0.69140441] [ 0.33092865 0.89863008 0.64067549 0.02993775 0.31413626 0.80719664 0.32713841 0.39856194 0.01226184 0.8007511 0.54164853</I> 
    8     <Time size="7" units="s">0.44483146 0.12586438 0.83661301 0.99004672 0.70885988 0.95861391 0.68137469</Time> 
     6    <Q size="5" units="1/A">0.39170242 0.25644276 0.57549354 0.46159762 0.82430183</Q> 
     7    <I size="7,5" units="1/cm"> 
     8        0.88293656 0.11162422 0.71724982 0.37283126 0.0539436 
     9        0.22213157 0.31166586 0.76503458 0.49227163 0.49770782 
     10        0.11663318 0.81727334 0.0855633 0.33431679 0.89211085 
     11        0.63087291 0.97082358 0.78873415 0.87241535 0.13715912 
     12        0.94906665 0.84179321 0.44052972 0.78609907 0.94671758 
     13        0.25107407 0.99426371 0.02807089 0.35911627 0.16235524 
     14        0.93208404 0.80502552 0.74357135 0.13220587 0.57019407 
     15    </I> 
     16    <Time size="7" units="s">0.03913994 0.95824448 0.42299136 0.89621882 0.57362799 0.83663174 0.48050012</Time> 
    917  </SASentry> 
    1018</SASroot> 
  • canSAS2012/examples/xml/simple2dcase.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="simple2dcase.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="simple2dcase.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of simple 2D (image) SAS data, I(Q)</Title> 
    55    <SASdata name="sasdata01" I_axes="Q,Q" Q_indices="0,1"/> 
    6     <Q size="11,5" units="1/A">0.15337055 0.06929224 0.92078249 0.94953329 0.27886338] [ 0.3689359 0.9449652 0.10657546 0.77565472 0.26204597] [ 0.23342195 0.72790768 0.79230167 0.44479461 0.90021431] [ 0.87096988 0.73747481 0.90969815 0.86451469 0.0537977 ] [ 0.97930509 0.84779241 0.92591264 0.2054186 0.29092191] [ 0.13049336 0.52017387 0.29294971 0.05188658 0.8373052 ] [ 0.81391502 0.66591829 0.55012259 0.90414103 0.75701154] [ 0.81387449 0.0175853 0.2253414 0.77226444 0.80430444] [ 0.19998555 0.56326499 0.22497332 0.28464958 0.25755993] [ 0.73193553 0.78244397 0.40411393 0.6892086 0.39388615] [ 0.65068926 0.78236457 0.55447481 0.87934549 0.25607112</Q> 
    7     <I size="11,5" units="1/cm">0.6822875 0.34884476 0.61540525 0.5970313 0.76511237] [ 0.75998245 0.60238576 0.50935933 0.85521427 0.02843762] [ 0.27150509 0.31276129 0.32882525 0.90264797 0.97998294] [ 0.67819664 0.1598007 0.11240346 0.58826638 0.72173803] [ 0.27167466 0.35485449 0.82630346 0.45826458 0.90994673] [ 0.71677823 0.7408306 0.64922535 0.55818511 0.12374432] [ 0.12389228 0.23794974 0.3817697 0.35810511 0.24431102] [ 0.41295686 0.55375691 0.70923316 0.86363641 0.34774798] [ 0.2102638 0.26542351 0.9029989 0.63580685 0.37169754] [ 0.65864867 0.70382994 0.78725441 0.80297872 0.5750579 ] [ 0.07629972 0.79152815 0.8136 0.94228877 0.54272808</I> 
     6    <Q size="7,5" units="1/A"> 
     7        0.50174436 0.9680905 0.28554831 0.03410391 0.46990274 
     8        0.52874633 0.74298359 0.76269002 0.62799622 0.51592863 
     9        0.50708408 0.25747336 0.46715251 0.77018605 0.8776525 
     10        0.54258241 0.13656321 0.49845878 0.4740945 0.38409838 
     11        0.72938156 0.49121515 0.34807586 0.97483459 0.72121065 
     12        0.65761881 0.0246427 0.81451997 0.16825543 0.81171877 
     13        0.62530081 0.90213939 0.87877029 0.51906944 0.59874992 
     14    </Q> 
     15    <I size="7,5" units="1/cm"> 
     16        8.87239210e-01 2.66514224e-01 6.32793067e-01 1.26037355e-01 2.51713800e-01 
     17        2.99790702e-01 8.05833488e-01 4.72925740e-02 1.62818176e-01 4.80127136e-01 
     18        1.25848036e-01 1.78964901e-01 6.05530461e-01 1.28223978e-01 7.58731383e-01 
     19        6.03847199e-01 9.02071588e-04 5.72224719e-01 8.31063111e-01 3.73857590e-01 
     20        5.76059157e-01 7.99329052e-01 7.43455727e-01 9.47896889e-01 8.58758382e-01 
     21        2.33610212e-02 8.73567333e-01 4.44584399e-01 9.20145671e-01 5.61454415e-01 
     22        4.42612359e-01 8.28267002e-01 8.71503832e-01 9.15981683e-01 6.08144024e-01 
     23    </I> 
    824  </SASentry> 
    925</SASroot> 
  • canSAS2012/examples/xml/simple2dmaskedcase.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="simple2dmaskedcase.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="simple2dmaskedcase.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of a simple masked 2D (image) SAS data, I(Q)</Title> 
    55    <SASdata name="sasdata01" I_axes="Q,Q" Q_indices="0,1" Mask_indices="0,1"/> 
    6     <Q size="11,5" units="1/A">0.04981402 0.64401851 0.92598457 0.43923051 0.07292298] [ 0.46373436 0.92502777 0.11518899 0.82463632 0.92248117] [ 0.81930986 0.95721001 0.55041781 0.20761257 0.20688747] [ 0.94127114 0.24128343 0.43933933 0.39512917 0.65990286] [ 0.55811862 0.25119476 0.77495969 0.86618885 0.57849402] [ 0.39438359 0.0106891 0.16895833 0.54412982 0.82200638] [ 0.57318487 0.50397042 0.05850154 0.10967252 0.20793736] [ 0.83336174 0.98408619 0.3919285 0.33242961 0.99681495] [ 0.06974659 0.55223151 0.19925678 0.40160826 0.51497649] [ 0.16567756 0.85163142 0.85865325 0.56407799 0.94037828] [ 0.2992447 0.1005106 0.83715886 0.26252837 0.63234992</Q> 
    7     <I size="11,5" units="1/cm">0.97942352 0.83715063 0.52500161 0.06582115 0.45301612] [ 0.91855348 0.64981209 0.66084448 0.62123185 0.79432996] [ 0.65227867 0.5747756 0.53591797 0.7872831 0.89453916] [ 0.39853719 0.83756306 0.42571371 0.13175053 0.63782046] [ 0.73120774 0.34089875 0.91279264 0.74662472 0.62126883] [ 0.64572821 0.07034541 0.86264096 0.32064637 0.60892745] [ 0.89296404 0.68553658 0.97556919 0.74778577 0.16081615] [ 0.64171134 0.95786734 0.64452543 0.09331794 0.42873713] [ 0.48851256 0.54787449 0.9177797 0.54924653 0.92824222] [ 0.79213135 0.57256185 0.07839353 0.38245825 0.30203647] [ 0.68665337 0.19989105 0.44345162 0.39466408 0.62883352</I> 
    8     <Mask size="11,5">0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0] [0 0 0 0 0</Mask> 
     6    <Q size="7,5" units="1/A"> 
     7        0.88806493 0.70900389 0.31052895 0.68059356 0.59642642 
     8        0.78243888 0.74797842 0.67007129 0.597543 0.28571542 
     9        0.90800063 0.27671807 0.89012222 0.11021673 0.85281691 
     10        0.30157425 0.81300795 0.77182286 0.95379668 0.09566641 
     11        0.86974234 0.11147064 0.11788098 0.10044214 0.69927292 
     12        0.82207944 0.08555828 0.98851881 0.86883096 0.90937955 
     13        0.38355157 0.88746305 0.05377866 0.76072947 0.1408122 
     14    </Q> 
     15    <I size="7,5" units="1/cm"> 
     16        0.19149637 0.34039294 0.58997019 0.41504825 0.16315991 
     17        0.14025805 0.66351787 0.97971537 0.25097136 0.30825298 
     18        0.5096855 0.63426025 0.28633717 0.61868374 0.0179247 
     19        0.04101688 0.5887723 0.0855245 0.23551129 0.87526792 
     20        0.605547 0.68968769 0.29391576 0.60314279 0.50474037 
     21        0.94076672 0.60316163 0.95382917 0.30896409 0.97511228 
     22        0.44746504 0.66327759 0.95804335 0.99833202 0.81498038 
     23    </I> 
     24    <Mask size="7,5"> 
     25        0 0 0 0 0 
     26        0 0 0 0 0 
     27        0 0 0 0 0 
     28        0 0 0 0 0 
     29        0 0 0 0 0 
     30        0 0 0 0 0 
     31        0 0 0 0 0 
     32    </Mask> 
    933  </SASentry> 
    1034</SASroot> 
  • canSAS2012/examples/xml/simpleexamplefile.xml

    r220 r221  
    11<?xml version="1.0" encoding="UTF-8"?> 
    2 <SASroot file_name="simpleexamplefile.xml" file_time="2009-09-09T09:09:09-0000" producer="canSAS"> 
     2<SASroot producer="canSAS" file_time="2012-07-31T17:44:07-0600" file_name="simpleexamplefile.xml"> 
    33  <SASentry name="sasentry01" version="1.0"> 
    44    <Title>example of simple 1D SAS data, I(Q)</Title> 
    55    <SASdata name="sasdata01" I_axes="Q" Q_indices="0"/> 
    6     <Q size="11" units="1/A">0.60168611 0.01527919 0.83198427 0.68167238 0.96585075 0.20407345 0.42843402 0.41012941 0.06522742 0.56134621 0.86079253</Q> 
    7     <I size="11" units="1/cm">0.25051372 0.76429341 0.57796837 0.91335506 0.06430863 0.05072068 0.63891433 0.45161783 0.79611969 0.88871497 0.08670578</I> 
     6    <Q size="5" units="1/A">0.64588408 0.53024338 0.16268164 0.83180457 0.56957301</Q> 
     7    <I size="5" units="1/cm">0.1464156 0.39765994 0.19032763 0.23086244 0.09756308</I> 
    88  </SASentry> 
    99</SASroot> 
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